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Power Electronics
Power Electronics
High-Precision Power Quality Monitoring Terminal
It integrates a dual-core ARM Cortex-A9 processor and an Artix-7 architecture FPGA. The FPGA handles high-speed, high-precision data acquisition and real-time computation, while the ARM takes charge of complex analysis, display, communication, and system management—delivering performance and efficiency that far surpass traditional solutions.
Power Electronics
Power 6U Chassis Core Control Board
It adopts a collaborative architecture featuring an FPGA and a DSP. The FPGA is responsible for high-speed multi-channel data acquisition, logic control, and interface expansion; while the DSP excels in performing complex power system algorithms (protection, measurement, and control). This clear division of labor ensures unparalleled real-time performance.
Industrial Control->Power Electronics->Smart city
Smart Grid Edge Computing and Acquisition & Control Card
Equipped with a domestically produced high-performance 8-core 64-bit processor (4x Cortex-A76 + 4x Cortex-A55) and featuring a built-in 6TOPS NPU, this device can process massive amounts of power data in real time at the edge and perform AI algorithm analysis (such as line defect detection and load forecasting), significantly reducing the workload on the main station.
Industrial Control->Power Electronics
It features a high-performance ARM Cortex-M3 core with a main frequency of up to 72 MHz, equipped with a hardware divider and multiply-accumulate instructions, ensuring deterministic real-time control performance.
Power Electronics
It adopts the Allwinner T113-S3 domestically produced dual-core processor and the Yutai Micro YT8531SH domestically produced Ethernet PHY, ensuring a secure and controllable supply chain that meets the requirements for domestic substitution in critical infrastructure.
Power Electronics
Wind Power Generation Control System Core Board
Adopting the golden combination of Intel FPGA and TI DSP. The FPGA handles multi-channel sensor synchronization, high-speed communication, and hardware protection; while the DSP excels in core algorithms such as maximum power point tracking (MPPT) and vector control, maximizing wind energy conversion efficiency.